Job Summary
Seeking a self-driven Network Automation Engineer to lead the analysis, design, and delivery of network automation solutions. The role involves architecting business logic, implementing scalable backend and UI solutions, and driving the deployment of automation tools and self-service applications for network operations. Full stack Development using GoLang, Python, React Js, CI/CD pipeline (Jenkins etc.)
Key Responsibilities
Analyze network operation use cases and independently define end-to-end software requirements. - Design, architect, and develop high-quality business logic and backend services (GoLang) for network automation workflows. - Build and deploy React-based user interfaces and dashboards for operational network visibility. - Manage application deployment within OpenShift Container Platform environments. - Develop RESTful APIs for system integration and workflow automation. - Implement self-service network tools with intuitive dashboards, real-time alerts, and reports. - Create and maintain monitoring and alerting solutions for network health management. - Refactor legacy applications (Perl) to GoLang, enhancing features and performance. - Package solutions for global-scale deployment, ensuring all required approvals and compliance. - Deliver comprehensive documentation and facilitate knowledge transfer across teams.
Skill Requirements
Deployment of production-ready automation tools and self-service network automation solutions, meeting all approvals. -Must be well versed with Yaml, Json, Jinja2, Python, Config Parsing Expertise - Transformation of manual legacy processes into modern UI-driven solutions. - Comprehensive documentation and measurable reduction in manual operational tasks. - Enterprise-ready global-scale network automation solutions.
Other Requirements
Quickly adapt to requirements with demonstrated experience in network automation. - Resource management across vendor services and sprint timelines. - Active management of project progress, risks, and weekly reporting. - Deliver solutions with minimal domain guidance.